AZA 1141 COMPRESSION AND FLEXURAL TESTING MACHINES SPLITTING TENSILE TEST DEVICE

  • For testing compressive, flexural, and tensile strength
  • Integrated splitting tensile test fixture
  • Hydraulic and digital options available
  • Conforms to ASTM C39, C78, and C496
  • Heavy-duty rigid frame for accurate load transfer
  • Suitable for cubes, cylinders, beams
Category:
Description

Description

Compression testing machine, flexural testing machine, and splitting tensile test device are combined in a single robust system for comprehensive strength testing of concrete and similar materials. This integrated machine by AZA-LAB is engineered to perform compression testing, flexural testing, and splitting tensile testing with high precision and reliability in accordance with international standards.

The compression testing machine segment is designed for evaluating the compressive strength of cube and cylinder specimens as per ASTM C39. It applies axial load via hydraulics or servo-controlled actuators to ensure uniform stress distribution across the specimen. The high-strength steel frame reduces deflection and maintains accuracy even under high-capacity loading, ranging from 1000 kN to 3000 kN.

Alongside compression, the flexural testing machine component caters to testing concrete beams for flexural strength, complying with ASTM C78. The setup features a dedicated loading frame with third-point or center-point load application, helping identify the modulus of rupture in standard beam sizes such as 100x100x500 mm.

Adding to the system’s versatility, the splitting tensile test device follows ASTM C496 to determine the indirect tensile strength of cylindrical specimens. This is particularly useful for concrete, which performs poorly under direct tension. The machine uses specially designed fixtures to apply diametral compressive force, causing the specimen to split along its vertical axis.

All test functions operate from a shared control console featuring digital readouts of force, displacement, stress, and failure timing. Higher-end models come with automated data acquisition and PC connectivity for streamlined reporting. Manual control variants are also available for simpler lab environments or field use.

AZA-LAB’s testing system is fabricated from corrosion-resistant steel with precise machining to ensure alignment and consistent performance across test cycles. Interchangeable platens, jigs, and spacers enable fast changeovers between different test setups, increasing lab productivity without occupying extra floor space.

Whether you’re conducting research, quality control, or compliance verification, this compression testing machine with flexural and tensile device ensures all your mechanical testing needs are covered in a single, space-saving unit. Each machine is factory calibrated and shipped with documentation for standard compliance and operational safety.


 Specifications:

Feature Specification
Load Capacity 1000 – 3000 kN (based on model)
Testing Functions Compression, Flexural, Splitting Tensile
Control Mode Manual / Hydraulic / Servo-Controlled
Display Digital / Computer Interface (optional)
Standards Compliance ASTM C39, C78, C496
Platen Size Varies per model (typically 165 mm dia.)
Flexural Beam Size 100 x 100 x 500 mm or as per requirement
Cylinder Size (Tensile Test) 150 mm dia. x 300 mm height
Power Supply 220–240V, 50 Hz / Customized
Frame Material Heavy-duty steel with anti-corrosion coating
Accessories Flexural fixture, Tensile loading jig, spacers

Frequently Asked Questions (FAQ):

Q1: Can the machine perform all three tests on a single unit?
A1: Yes, the system is modular and includes fixtures for compression, flexural, and splitting tensile tests.

Q2: Is it compatible with international standards?
A2: Yes, it complies with ASTM C39 (compression), C78 (flexural), and C496 (tensile).

Q3: What specimens can be tested?
A3: Concrete cubes, cylinders, and beams as per standard dimensions.

Q4: Does the machine come with software?
A4: Advanced models support PC connectivity with optional software for data analysis and report generation.

Q5: How often should calibration be performed?
A5: Calibration is recommended annually or after 1000 test cycles, whichever comes first. AZA-LAB provides on-site service.

Additional information

Additional information

Load Capacity

1000 – 3000 kN (based on model)

Testing Functions

Compression, Flexural, Splitting Tensile

Control Mode

Manual / Hydraulic / Servo-Controlled

Display

Digital / Computer Interface (optional)